Automatic terrarium with web interface
This combination of Arduino and Raspberry Pi automates plant watering with a twist -- voters decide whether or not the plant gets watered.
Most hygrometer sensors are known for quickly corroding. This project takes advantage of a RTC to trigger the watering for a herbal garden.
Create an automation to water plants in vases. It requires some Arduino skills but also some manual dexterity.
This project is a plant watering system.
Build your own automatic IoT plant irrigation system with soil sensor, Particle Photon, relay and immersible water motor.
All open source, no coding, remote accessible DIY automated smart irrigation.
Remotely monitor soil moisture of your off-site garden plot. Data is plotted in a cloud service so you know when to go and water!
This will show how to make a Bluetooth Low Energy Internet of Things device to monitor Electrical Conductivity for hydroponics.
The AI Guardian for Plants is designed to monitor the soil data in real time
Senso is a device that detects deforestation using sound analysis detecting machines used to cut down trees and warning the authorities.
You will learn all the necessary functionality to develop a timer and programmable load trigger.
A device that waters plants and monitors temprature using an ESP8266 and Android app.
Sensor-driven plant care with LED emotions, powered by MicroPython and integrated with Home Assistant.
CSAD IoT Automated Crop Care System is a scalable system with automated watering, cellular connectivity and historic cloud sensory data.
Auto watering the plant and tracking plant's health through Helium and Microsoft Azure IoT.
Control the status of soil thanks to Arduino mkrfox1200 and some moisture sensor.
A device which collects data (environmental, soil and photosynthesis values) of plant(s) and then stores/analyze using a MKR1000 and Azure.
Learn when your plant needs to be watered with a Wemos ESP32, a mh soil moisture sensor known as the flying fish and Wia.
Smart agriculture is very topical these days, so I will give you a conceptual solution for Smart Agriculture with SORACOM and devices.
Never forget to turn ON/OFF your aquarium lights.
Use MicroPython on the Arm-based Raspberry Pi Pico W with a Pimoroni Grow Kit and Twilio to create a plant that texts you!
A funny looking robot in the form of a plant, that interacts with some sensors inputs, talks, plays music and detects human movement.
Farm indoor or outdoor, in very less space, with more growth and less water usage. Also, monitor the conditions on a cloud-based dashboard.
